Typographic machine.



PATENTED JULY '7 P. H. RICHARDS. TYPOGRAPHIG MACHINE.

APPLICATION FILED 00114, 1902.

5 SHEETS-SHEET 1.

1, 11 1111111 A, 1 1) 1d A 1 42/ l 1 1 41 1 (Filmy/L E El Kl r. VAVV VYAV kHuH VAVPKUUH ICU, r tr b l f PP PU EVMVVKP No. 892,624. PATENTED JULY 7, 190s.

F. H. RICHARDS.

TYPOGRAPHIG MACHINE. APPLIQATION FILED OUT. 14, 1902.

5 SHEETS-SHEET 2. I

Win mamas: E6 fizz/021102:

PATENTED JULY v, 1908.

Invenfor:

P H RICHARDS TYPOGRAPHIC MACHINE.

APPLICATION IILBD 00T.14, 1902.

5 SHEETS-SHEET 3.

%Iziasse.s:

I! I '7 l No. 892,624. PATENTBD JULY 7, 190s.

F. H. RICHARDS.

TYPOGRAPHIG MACHINE.

APPLICATION FILED OCT. 14, 1902.

6 SHEBTSSHEET 4.

suma- 7;

wfnesses: Inventor:

PATENTED JULY 7, 1908.

F. H. RICHARDS. TYPOGRAPHIO MACHINE.

APPLIOATION FILID'OOT. 14, 1902.

5 SHEETS-SHEET 6.

' sion device at t e proper point for an im..

specification. I I This invention o. mechanisms and'mec-hanical devices said supports mayfmove.

UNITED STATES PATENT OFFICE.

FRANCIs I-RIQHARDS, 0F HARTFORD, CONNECTICUT, AssIGNoR, BY MESNE ASSIGNMENTS,

' TOA" ERIOAN TYPOGRAPHIO CORPORATION, A CORPORATION OF NEW .TERSEY.

TYPOGRAPHIG MACHINE.

Tolall i 'wko iitt'ifmai concern:

Be itknown that I, FRANCIS H. RICHARDS, a. citiz 'n;;ofthe United States, residing at Hartford, in the ounty of Hartford and State'oLGCnnecticut, have invented certain new and useful Improvements in Typographic Machines, of which the following 1s a pertains to the relationship and organization of various coo erative esigned to eifect the selective transfer to and the osi- 'tive location at a given or fixed point 0' anyone'of a series of members or devicessuch, .5?

for. instance, as typographic impressors such member's'prlor to such transfer and locatlon,

being, in general, disposedinififvarious posi- I tions with respect tosuch giv,en i)o w A' mechanicalimovement emodymg the int.

present improvements f'cofmprises, ordinarily,

supports or carriers,each ca fableof being angularly' adjusted with whic carriers there iscombmed; mechanism for shifting them,

res ectively, to the roper angular position to ring the selected evace ina inement with thefixed point. Inacooperative. relation with 'such carriers. and kthe several devices fthereo'n there wilth e, ordinarily, suitable and {proper mechanism whereby the several'suppprts' 'or.-carriers, may be, respectively, re-

movem'er'it, and, by such interce Mon and engagement, effect suchangular a justment of the'sugport or carrler as may be necessary in or erto resent the required Imprespressionto be taken therefrom. Although each support is capable of a movement about an axis, Ido not deem it mined which t 4 56 Besides the elements hereinbefore referredessential that this movement shall be the only one of which it-is capable, since the org'anization will ordinarily belsuch that there may be imparted to ita compound movement, that IS, for instance, anorbital moveas shown herein, or any suitable ey have about their own axis.

Specification of Letters Patent. Application filed October 14, 1902." Serial No. 127,224.

's ecification, Figure 'l'is a section being taken on the line A A, Fig

Patented July 7, 1908 to, however, this invention also pertains to the relationshi and organization of other elements, which are designed to effect aselective transfer and positive location of any particular member or device, such, for instance, as a typographic impressor, at a rious members may be distributively mounted upon a plurality of supports or carriers.

The organization embodying this articular 1m rovement mayrendenadvisab e, a distrI utIve division of certaln members of the v ven point, should such member be one in a divided series, of which the several and vadiscriminating or selective mechanisms; said members bein thus divided into groups, in each of which t e-members,collectively, may equal, in number, the impressors mounted on a particular correlative carrier. The several groups may be differentiated by their respective locations, or by variation of form, or of dimension, or by any means which will adapteach group, or each single member of a group, to selectively and operatively engage a particular and correlative one of a plurality of interceptive members, which latter, as before mentioned, may, when interce ted, primarily operate to effect such ana( justment of a carrier as may be necessary in order to present an impression device or other co nate member at a given point. The spec1 0 selective function of each several member of .thewhole series of selective-mechairisms, relative to its correlative impression de vice, will, in any event, remain as hereinbefore describedjbeing unaffectedby the division of the members of said, series into groups, or by" any differentiation thereof consistent with this invention.

Various-means may be em loyed for effecting both the rotary and the orbital adjustments of the series of impressors or other devices',,and also the'proper'engagement of the several selective mechanisms; the organization and construction illustrated in the present drawings being one of Sim le character, and it not being contemplated by such illustration to restrict or confine the application of theresent mechanical moVe-, fment to thefe'mbo' i ment, of one or several supports or'carriers,-f

movement of'the members along a predeter-' path, in addition to the movement entin such illustrated r'nechanisni and mechanical device;

In the drawingsiormingga part of this vertical longitumal section of a typographic machine; the

. 6. Fig. 2 showsa p art of aspliued shaftan in section, a part of the flanged sleeve, and illustrates a method of engaging the latter, by means of a spring 0 erated bolt, in different positions on the crmer. Fig. 3 is a vertical front elevation of themachine, a part of the case being broken away. Fig. 4

shows,-in perspective, the manner in which a cam 0 erator engages a synchronizing cam. Fig. 5 shows, in elevation and somewhat en- 0 larged, a portion of a train of selective mechanism. ig. 6 is a top plan of the machine, the cover being removed. Fig. 7 is a horizontal section of a part of the machine, the section being taken on the line 0-0., Fig. 1. Fig. 8 is a vertical elevation of a shaft: and synchronizing cam; other parts mounted on the shaft being shown in section through a vertical center line. Fig. 9 is a vertical ele vation of certain parts, and illustrates the 0 operation of the members which disengage the rota ting mechanism of an impression device carrier. Fig. 10 is a top plan'view of a series of trains of selective mechanisms. The terms zero and zero position, used 5 herein indicatethat the part referred to is not at the time, functiona ly engaged.

The mechanism of the device illustrated in the drawings is shown as inclosed within a.

case B constituting a framework for supportingvarious elements of the mechanism. A keyboard plate B forms a part of the case and also a removable lid or cover (3 resting upon ledges of the upper part of the case proper.

The turret 2 is shown mounted upon the turret pivot D ste ped in a suitable bearing in the casin an which turret carries two type wheel s alts 3 upon which are mounted type wheels 14 carrying impression devices Each of the type wheel shafts 3 is shown as having a spline 3 engaging in a sleeve 4 which is fast with a gear wheel 7 adapted when shifted downwardly in the present instance to engage an internal gear 5 segment F and rotate the type wheel as the same is revolved with the turret. The sleeve 4 has a flange 4 which will be engaged by an actuator 9 carried by a pair of arallel moving levers 9 which are controlled by a link 10 0 having an eye embracing the drive shaft 13 upon which is mounted a pulley 13 for engaging said link and rocking the levers 9. The levers when drawn down will draw the inion 7 into such a position that it will mesh with the gear segment F and when the proper movement has taken place the resetting device 8 will engage a suitable formed fcam'face G and raise the jpinion into an idle or inoperative position. ach of the shafts 0 3 has last upon it a starting arm-5 for enga e-" ment with selector latches 26 arra ed in t e path of movement of such arms an adapted when set by means of, in the present instance, keys. 21, key-levers 22 controlled by the turning'springs 22"and cqnnectedby the links 23 with angle levers 24 and interme diate transmitters 25 directly controlling the latches. Suitable springs 26 being employed for controlling such latches in their movement, the same as of the keys 21, may

be guided in suitable openings in the keyboard B. The angle or cam plate B is carried in the present instance by an angular member E surrounding and embracing the chronized relatively to t e turret and for such purpose the shafts are provided with synchronizing cams 17, which it will be seen unite at a point upon one side of the shaft, pass around the shaft and approach each other, leaving a narrow channel between these throu h which a stud 17. carried by a lever 17 wi 1 pass in the upward and downward movement imparted to it by means of a cam 13 engaging a suitable portion of the link 18 connected in suitable manner with lever 17. It will be seen that when the stud 17 engages either of the wings 17 of the cam that it will rotate the shaft 3 until the stud comes opposite the channel or passageway alluded to when it will traverse the same thereby synchronizing the type wheel or setting the same in proper position. The tur ret is shown as driven from a pulley 12; which may be belted or otherwise connected to some suitable source of power, the driving shaft 13 having an actuator 16 for engaging the arms of the turret and rotating theshaft D. The impression devices are shown as intended to cooperate with some suitable platen, as 19, controlled by a feed roll 19 in its'feed and in its impressmgcapacity being controlled by a lever 20, link 20 and cam A suitable inking device 20 is pro- 'vided for engaging the device or impression devices at proper periods in their rotation.

In the mechanism illustrated herein, the I latches 26, and intermediate transmitters 25, are shown divided into groups, severally disposed on the seplarate operative planes, re-

ch the startin arms 5, are

spectively, on w The severally mounted and rotate clusi'pn 1n said transmitters 25, 1s urely one of convenience,

however, as the o ject of the before-menoups, of the intermediate designedimpression devices 15, the latter being distributively divided into two several groups, one group being mounted on each carrier. The members in each group of impression devices need-not necessarily be equal numben with those in' the other grou it. but should, however, be equal in 1mm "er to t he membersin the grou of correlative selective mechanisms. In t is form of construction, the'length of each link 23, will "be such as to adaptit for use relatively with an angle lever 24 in the respective group of selective deviees of which it may be a' member. This arrangement onseveral planes, of a plurality of starting arms and of or in part, in the design or character formed I w ds-b ause or in part, ,onl'yiit I'night, wherever made, relate, prefers ly to the lessfrequently used impression deyf1c es';j;a s thereby the others themore frequently occurring =possibil1 es. for; an engagement of a correlativestartin' farm, be rendered more frequently-irsvaihb eifor. iuse, To this end, the severai train s 'of seleetive mechanism, respeetively correlative Withsuch more freuently used: devices,jrnay res ectiv'ely 'inc udelatche's'. severally arrange to intercept a-plurality' gof. starting arms, on whatever ,operativeplane; located.) a like result mayijbe fieeted'byl tneoperation of any one ot-seveifa electivelmechanismswhich may leve severall e wholly separate and disconnected',' "'one,fi orrij'the others. v

Qi he selective' mechanism thus described, ma be operated as follows d'key 21,

depressed, "operates its connected link 23, and "a le-lever 2.4 the jfiemn'ediate {transmitter 25 jind, thereby,

the latch 2 6, which, by reason of the' directlona movements of these several mem s;

l I iically correlat ive starting If, now,' ]th'ej turiet ,2 be rotated by the a tuate: ,16, ,in' aiiormal'directi'on, namely i left-handed, or from North boWest, a 001.-- 00 relative start ,farm 5,; will be intercepted by the previo' sly operated latch 26, and sueh engagement will cause the partial rotat 1on of the sleeve 4;, which bym'eans ofa' spline 8,-will partially: rotate the shaft 3, and an impression device carrier 14, mounted 1902 which on t fl aiiberating t 0 connected in-- definitel ypositioned' to intern sp i't'ssres on the. latter. The partial rotation, as

stated, or a sleeve 4, causes the beveled end of an elevator 8, mounted thereon, to become enga ed with the beveled edge of the curved angl e plate G, and by the combined rotating and sliding motions of the one inclined plane upon the other, the sleeve 4 is elevated sufliciently to cause a gear wheel 7, mounted thereon and rotating therewith,

to engage and mesh with the internal ear segment F, such enga ement, combined with continued rotation o? the turret 2 being thus made to impart an orbitally rotative motion to the shaft 3, and to all parts mounted thereon. The key 21, key-lever 22, link 23, angle-lever 24 and intermediate transmitter 25, will all be returned to their zero positions by a s rin 22, which operatively engages the eyever 22," but the latch 26, being only contactually engaged by the transmitter, 25, remains for a time in the same position; being frictionally retainedtherein by a spring 26 which .impin es against a curved face on the latch 26. T he return of the latch 26, to a zero position, eventually effected by a cam-like operation of the free end of the 'startin arm 5, which has previously been engaged yitaid latch, but is then operated by means of the engagement of the gear-wheel 7, in the internal gearsegment F,

The resultant efiect of the predescribed operation of the selective mechanism, is the presentation of, .a preselected impression device at a normal position for an impression to be taken therefrom; the latter operation being effected by the operation of the driveshaft 13, the cam 13 mounted thereon, the

link 20, on which a camroller is mounted, the impressing lever 20, and the platen 19,

operated by the lever 20. The im ression e when the tnrr shaft 3- will be ma et 2, an

are at rest; the actuator 16, being then at a dead point, as may be found more fully set forth in my apBhcation filed January 13,

into United States Letters Patent No.-

875,212 wherein, also, may be found com- 'lete descriftions of all members, and of the unetions t ereof shown or mentioned in application, but not fully described herein. The impression having been made, as hereinb'efore set forth, the cam 13 on the oiithe link 10, so operates the latter, the

'yduisiexale erxe and 1a disengaging member 9",lpivotedfto*the latter, an en H I ga'geable with the flanges 4, on the previous y' operated sleeve 4 ,f-as to depress the latter and,

thereby d sengage the ear ,wheel7 from the internal gear se ment ;.'.'the opposite shaft 3, and the mom ers mounted thereon being,

ecember 31, 1907 matured shaft 13, -by means of a cam roller mounted meanwhile, synchronized by a cam 17 and its operative mechanism. p Havmgdescnbed my 'IIIVIltIOIl, I claim 1. The combination of a plurality of impression devices; a plurality of carriers for carrying the impression devices and which are intermittently movable in an orbital path; a pluralit 'y' of driven members respectively mounted with the several carriers; and a plurality of selective mechanisms, respectively engageable with the several driven members. I

2. The combination of a plurality of impression devices divided into groups a plu ralitv of driven members severally rotatable with the res ective groups and intermittently movab e therewith in an orbital path;

or enga ing the driven members, the selective mechanism of each group'being engageable with a single driven member. 4. The combination of a plurality of impression devices divided into separate groups a plurality of driven members, severally and variably rotatable with each respective group and intermittently movable therewith in an orbital path and a plurality of groups of selective mechanisms for engaging the driven members, the selective mechanisms of each grou being engageable with a single driven mem er. I

5. The combination of a series of impression devices divided into separate groups; a

plurality of driven members, severally and variably rotatable with (each respective group and intermittentlymovable therewith in an orbital path; and a plurality of selective mechanisms, each member thereof being, respectively, engageable with a single driven member.

6. The combination of a plurality 'of groups of difierential impression devices mounted on carriers adapted for intermit tent rotary and intermittent orbital move ment: a plurality of driven members, each, respectively, rotatable with a carrier; and a lid rallty of selective mechanisms, each membr-r thereof being, respectively, engageable with a single driven member.

7 The combination of a plurality of groups of differential impression devices mounted iers adapted for intermittent rotary a i intermittent orbital movement; a plurality of driven members severally and variably rotatablewith each respective group; and a plurality of groups of selective mec anisms, each group, respectively, engageable with-a single driven member.

8. The combination of a plurality of impression devices divided into groups; a plu-' rality of carriers, severally serving as mounts for said groups respectively and which are adapted or intermittent rotary and orbital movement; a plurality of driven members severally rotatable with the respective carriers a driving member engageable with and o crating the several driven members; and a p urality of groups of selective mechanisms; each group, respectively, engageable with a single drivenmember, v

9. The combination of a plurality of impression devices divided into groups; a plurality of carriers, severally serving as mounts for said roups respectively and which are adapted ior intermittent rotary and orbital movement; a lurality of driven members, severally varia lyrotatable with the respective carriers; 2. driving member engageable Witll'filld' operating the several driven mem bers; and a plurality of groups of selective mechanisms; each roup, respectively, engageable with a sing e driven member.

10. The combination of a plurality of irnpression devices divided into groups; a plurality of carriers severally serving as mounts for said roups respectively and which are adapted iorintermittent rotary and orbital movement; a plurality of driven members severally rotatable with the respective carriers a driving member engageable with and operating the several driven members; and a disengaging actuator engageable with the driven members in turn, and disengaging the driven members from the driving member.v

11. The combination of a plurality of impression devices divided into groups; a plura lity of carriers severally serving as mounts for said oups respectively and which are adapted or intermittent rotary and orbital movement; a. lurality of driven members severally variably rotatable with the respective carriers; a driving. member engageable with and operating the several driven members; and a disengaging actuator engageable with the drivenmembers in turn, and disengaging the driven members from the driving member;

12. The combination of a plurality of impression devices divided into groups; a plurality of carriers severally servm as mounts 5 for said groups respectively an which are adapted for intermittent rotary and orbital movement; a plurality of driven members severally rotatable with the res ective car riers'; a driving member engageable with'a'nd operating the several driven members a disenga g actuator en ageable with the driven mem ers in turn, an disengaging the driven members from the driving member; and a plurality of groups of selective mechanisms, 5 each group, respectively, engageable with a single driven member. v 13, The combination of a plurality of im-' pression devices divided into groups; a plurality ofcarriers severally servmg as mounts 30 a so .for said groups respectively and which are adapted or internnttent rotary and orbital movement; a lurality of driven members severally variabl rotatable with the respecitive carrierspa riving member engageable with and operating the several driven members; a disengaging actuator engageable withi the driven members in turn, and disenive jmechanisms for eng g the driven ,;membe r's, the selected mec anismsof each ageable with a single driven mem- 14.; The combination "of a series of intermittently orbitally and rotatably movable, "ldifierentral impression evice's divided into mdependntly operative of drlven members severe y-variably operating said groups. respectively, and equal in number thereto; a series ofiselective mechanisms divided into groups equal in number to if said groups of impression mechanisms, and severally variabl and interceptively engagevable with the riven members; a drivmg member variably and intermittently engag- -ingthe several driven members; a reciprocatingr member se arately engaging said driven members an disengagin -said driven members .ir'om the driving member, synchro- -nou'slywith'intermissions-in the orbital movements of the several groups of im ression devices; fa plurality of cams severa y mounted and rotatable with the respective driven .ss members, each cam being formed with two 'faces branching in continued peripherally opposite directions from an acute angle; and a reciprocatable cam operator engageable with a any oneof said cams at any point 1n the opergofatlon of its connected driven member and operating-said cam and its connections to effect a prime ad'ustment of the driven member relative to t e series of selective mechan- ISD'lS. I 15. The combinationwith a plurality of carriers each having a shaft, of a plurality of impression devices mounted on each carrier, mechanism for shifting the same toward and away from the'working point and for temporarily arresting the motion of the device when the'same is at the working oint, and

means on 'each shaft for returning t e impres siondevice to a fixed predetermined position .upon its withdrawal from the working point, and comprising a; pair of wing camsjdiverging Ea common point-and then converging toward each other and continuing in a chan- 'nel,;a -reciprocatory iii-ember for engaging one jofsaid cam wings and angula'rly shiftingsaid shait and traversing said, channel, and means for Mei rocatin said rnember. I' he com ination. with a plurality of f carriers'oach having a shaft, of a plurality of a impression devices mountedlon each carrier, 05 shiIt-ing the same toward and oups; a plurality -point and for arrestin vaway from the working point andfor temposition upon its withdrawal from the working point and embodying a pair of wing cams g 'and 'an engagin member therefor; the driven members from the driving 10 member; and'a plurality of groups of select-- 17. The com ination with a plurality of impression devices mounted on each carrier,

mecha nism for shifting the devices toward and away from the working point and for temporarily arresting the motion of a selected impression device when the same is at the working point, and means embodying 'a pair of wing cams divergent from a common oint for returning said selecteddevice to a ed redetermined position upon its'withdrawal from said working point, and while the other of said carriers is at the working position. r i .18. The combination with a plurality of carriers each having a shaft, of a plurality of impression devices mounted on each carrier, mechanism for shlftmg the devices toward and away from-the working point and for temporarily arresting the motion of a selected impression device when the same is at the workm point, and a synchronizing device embo ymg divergent winged cams for rotating said se ected evice into a fixed predetermined position upon the withdrawal from said working point of the carrier.

19. The combination with a plurality of carriers each having a shaft, of a plurality of impression devices mounted thereon, mechanlsm for actuating the carrier to shift the impression devices thereon toward and away from the working point and for arresting the motion of the carrier when a selected device is at the working point, and a reciprocatory member and divergent winged cams on said shafts for returning said selected device to a fixed redetermined position upon the with drawa l of said carrier from said working point.

4 20. The combination with a plurality of carriers, of a plurality of impression devices mounted thereon mechanism for actuating the carrier to shift the impression devices thereon toward and away from the working the motionof the carrier when-a selected evice is at a working point, and a synchronizing device for returnmg said selected device to a fixed predeterm ned osition upon'the withdrawal of the carrier om said workin point embodying a air of winged cams and an engaging mem anism for causing said carriers to move along their orbital path and for arresting the carrier supporting the selected impression device when suchdevice is at the working point, selective mechanism for selecting one impression device to the exclusion of the others, and a synchronizing device for returning the selected carrier to a predetermined rotarial position.

22. The combination with a lurality of carriers adapted for indepen ent rotary movements and for orbital movement past the Working point, of a plurality of impression devices mounted on each carrier, mech anism forcausing said carriers to move along their orbital path and for arresting the carrier su porting the selected impression device wlien such device is at the working point, selective mechanism for selecting one impression device to the exclusion of the others and a synchronizing device comprising a synchronizing arm and inclined working faces moving in unison with the carriers.

23. The combination with a turret, of a plurality of impression device carriers mounted thereon, mechanism for imparting an intermittent movement to said turret to bring each impression device carrier in succession to the working point and then causing the motion of the turret to betem orarily suspended, a starting arm rotatab e in unison with eachimpression devicecarrier, aselective mechanism for engaging a predetermined starting arm and thereby initiating the rotary movement of the selected impression device carrier prior to the arrival thereof at the worklng point, and-a synchronizing. de-

' vice-cooperative with each impression device carrier to return said carrier to a predetermined rotarial position, when the carrier shall have been withdrawn from the working point. i

24. The combination with a rotary turret, of a plurality of rotatable impression device carriers mounted thereon, mechanism for imparting an intermittent rotary movementto said turret to bring each impression device carrier in succession to the working point, a

starting arm'moving in unison with each imression device carrier, selective mechanism for initiating the rotary movement of a selected carrier, and a synchronizing device comprising an inclined working surface moving in unison with each'impression device carrier, and a synchronizing arm cooperative with said inclined surface when the selected impression device carrier shall have been withdrawn from the working point.

25. The combination with an intermittently rotatable turret, 'of a plurality of impression device carriers whose shafts are mounted on said turret, a starting arm extending from each of said shafts, selective mechanism for en aging with the respective starting arms to t e exclusion of the others,

driving means for continuing the rotary movement of a selected impression carrier subsequent to the initlation of such movement by its engaged starting arm,- means for throwing said driving means out of gear when the selected carrier has been withdrawn from the working point, and a synchronizing device for thereupon returning such carrier to apredetermined rotarial position.

26. The combination with a rotatable tur-.

ret, of a plurality of impression device carriers whose shafts are mounted on said turret, mechanism for lmpartmg an intermittent motion to said turret to bring each carrier in succession to the working point, an axially movable gear mounted on each 1mpression device carrier shaft, a fixed driving gear, starting means comprising a starting arm, and selective mechanism for initiating the rotary movement of an impression device carrier rior to its arrival at the working point, cam evices for shifting the said gear of each selected carrier axially upon the initiation of the rotary movement thereof, a cam-operated retractor for disengaging the engaged gear when the selected 1m ression device carrier shall have been wit drawn its orbital path and for arresting the carrier i supporting the selector impression device when such device is at the working point, selective mechanism for selecting one im ression device to the exclusion of the ot ers, and a synchronizing device comprising a synchronizing member, and inclined working elements working in unison with the carrier.

28. The combinationwith a rotary turret, of a plurality of impression device carriers whose shafts are mounted on said turret, a starting arm extending from each of said shafts, selective mechanism for engaging with the respective starting arms to the exclusion of the others, driving means for continuing the, rotary movement to the selective carriers subsequent to the initiation of such movement by its-engaging the starting arm, means for throwing the driving means out of gear when the selected carrier has been withdrawn from the working point, and a device .for thereupon returning such carrier to a bring each device carrier inthe workingpoint, a starting arm moving in unison with each impression device carrier, selective mechanism for initiating the rotary movement of the selected carrier, and a device comprising an inclined working surface movable in unison with each impression device carrier, and an arm cooperating with said inclined surface when the selected impression device carrier will have been withdrawn from the working point.

30. The combination'with a rotary turret, a starting arm movable in unison therewith,-

selective mechanism for initiatin the movement, a device comprising an inc ined working surface moving in unison with an impression device carrier, and an arm cooperative with said inclined surface when the selected impression device carrier shall have been withdrawn from the working point.

FRANCIS H. RICHARDS.

Witnesses:

FRED. J. DOLE, JOHN O. SEIFERT. 

